Additive Manufacturing Apparatus TRIZ Cases

Melt emulsion processing yields highly spherical thermoplastic polyester particles with narrow size distributions for additive manufacturing.

Iodine sensitizes outer layers to enable selective removal of supports and trapped powder, reducing post-production costs by up to 99%.

A modular apparatus system combines interchangeable workstations through direct housing coupling and universal interfaces for flexible production.

Fused deposition modeling creates annular preforms with non-uniform fiber density profiles to eliminate waste from cutting orthogonal structures.

A support structure with a capping geometry and braces secures wax patterns, distributing loads to prevent breakage during ceramic shelling.

A flexible gas shield with a mounting bracket and movable curtain segregates the powder dispenser from the build area.

Zirconium addition and controlled cooling rates suppress hot cracking by refining the grain structure in laser powder bed fusion aluminium alloys.

Patsnap Eureka analyzes MHD liquid metal nozzle cleaning using reversed flow and ultrasound to dislodge clogging materials.

Segmented chambers prevent clogging while shearing blades ensure homogeneous mixing for accelerated carbonation.

Sequential layered dielectric shells overcome intrinsic losses and manufacturing complexity to deliver bandwidths exceeding 50%.

Dynamic power and speed adjustments resolve thermal contradictions in electron beam melting, minimizing microcracks and porosity.

Remnant paths with varying widths fill void regions in extrusion-based 3D printing, reducing porosity and maintaining structural integrity.

Direct 3D printing merges reinforcement and functional elements into a single plastic part, eliminating separate storage and assembly operations.

Printed resistive shear sensors integrate directly onto the tire innerliner to detect sidewall deformation and load conditions.

An adhesive layer bonds a metallic mold to a plastic carrier, enabling direct integration of cooling ducts via 3D printing to resolve manufacturing complexity.

Additively manufactured intake manifold integrates lattice structure as heat exchanger, reducing device complexity and improving combustion efficiency.

A method diffuses error only to common elements between print addressable areas.

A hybrid manufacturing system combines a metal drop ejecting device with a metal deposition device to form layered objects.

A biocompatible exoskeleton guides surgical tools during ventricular assist device implantation.

A multi-wavelength scanning system acquires spectral characteristics of partially fabricated objects to differentiate materials based on reflectance signatures.

Segmented fluid flow regions apply distinct velocity ranges to remove debris while preventing powder loss in additive manufacturing process chambers.

Blending amorphous and semi-crystalline polymers enables selective laser sintering, yielding transparent articles without residual solvent contamination.

Slice-based force calculations determine auxiliary structure points to prevent deformation from thermal stresses.

Dynamic amplitude-based correction resolves MTF sharpness trade-offs in layer formation.

Fluorescent additives in 3D printing materials emit optical signals to resolve scanning inaccuracies on transparent substrates.

Stable eGaIn emulsion overcomes fabrication complexity and mechanical stability limits in stretchable electronics via direct ink writing.

Segmented housings connect through enclosed tunnel paths, enabling flexible expansion without increasing system integration complexity.

Consolidated particle walls segment the build chamber to eliminate excess recoating material waste and lower manufacturing costs.

Pre-calculating optical transmission compensates for scattering effects to achieve accurate color reproduction with translucent materials.

Radiation curable resin composition with light absorbing component eliminates post-processing and hazardous chemicals in particle image velocimetry testing.

A method for preparing C/C-SiC composite parts using solvent evaporation to coat carbon fibers with phenolic resin before 3D printing.

U-shaped tape segments deposit onto male formers via robotic fiber placement heads to fabricate composite spars.

Segmented strut topology reduces bogie mass while maintaining rigidity, lowering acceleration energy and minimizing image artifacts during high-speed rotation.

A heating coil uses integrated cooling paths to manage thermal loads during high-frequency operation.

Printed metal orthodontic assemblies incorporate predefined separation lines to enable efficient removal without cutting tools.

Eliminates internal pores and inclusions through controlled thermal processing while creating bioactive surfaces for enhanced bone integration.

Segmented coil array resolves 0.25mm defects in low-resistivity aluminum, preventing scrap through real-time process adaptation.

Segmented removable inner shell contains dross to preserve liquid metal level measurement accuracy.

A non-halogenated flame retardant polymer composition balances flexibility and stiffness for electrical connector housing.

Half-rings pushed onto bearing bodies eliminate axial clearance limits and leakage paths in gas turbine compressors.

A peripheral heating mechanism melts polymer strand surfaces while maintaining solid cores.

Dynamic beam speed variation resolves the contradiction between high traverse productivity and uniform surface precision.

A 3D printer integrates an electrostatic charge detector to measure powder stream charge, preventing explosions and smoke emissions during localized deposition.

Liquid immersion with agitation currents removes adhered powder from fragile additive parts, reducing manual labor and enabling powder reuse.

Magnetic particles in the resin generate vibrational heat via magnetization reversal, ensuring uniform curing and preventing phase separation.

A one-step process produces cured hybrid magnesium cement using low-cost minerals and metal silicates.

Shell-core segmentation divides additive manufacturing components into distinct regions to apply localized process parameters.

Fiber filament reinforced composite tank withstands elevated pressures through curved geometries, reducing weight and fuel consumption in aircraft applications.

A light hardening resin optical shaping apparatus expands cross-sectional shape data by an offset width to compensate for material shrinkage during photopolymerization.

Segmented inerting and parallel processing reduce complexity while enabling diverse material properties in powder-bed additive manufacturing.